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8Pcs 608RS Bearing 8*22*7 mm ABEC-7 Skateboard Scooter 608 2RS Ball Bearing Miniature Skate Roller 608-2RS 608 RS Bearing
8Pcs 608RS Bearing 8*22*7 mm ABEC-7 Skateboard Scooter 608 2RS Ball Bearing Miniature Skate Roller 608-2RS 608 RS Bearing
Precio habitual
$13.14 USD
Precio habitual
$0.00 USD
Precio de oferta
$13.14 USD
Precio unitario
por
No se pudo cargar la disponibilidad de retiro
TECHNICAL SPECS
Skateboard Ball Bearing 608 ABEC-7
Bore diameter: 8 mm
Outer diameter: 22 mm
Width (B): 7 mm
Dynamic load rating (Cr): 2,799 N
Static load rating (Cor): 1,103 N
Max speed (Grease): 34,000 rpm
Max speed (Oil): 40,000 rpm
Weight (g): 12.80 grams
Precision: ABEC-7
Standard clearance: C0/(K25)
Bearing Material: Bearing Steel GCr15
Closures: Sealed (2RS)
Features:
**Optimized Performance for Skateboarding and Scootering**
The Bearing set is the quintessential upgrade for your skateboard or scooter. These ball bearings are engineered to deliver superior performance, with a dynamic load rating of 2,799 N and a static load rating of 1,103 N. The ABEC-7 precision rating ensures a smooth and consistent ride, while the sealed (2RS) closures keep out dirt and debris, extending the life of your bearings. With a max speed of 34,000 rpm when lubricated with grease and 40,000 rpm when using oil, these bearings are designed for high-speed action.
**Durable and Lightweight Construction**
Crafted from high-quality Bearing Steel GCr15, these skate bearings are built to withstand the rigors of regular use. The bearings size are make them a perfect fit for a wide range of skateboard and scooter setups. They add minimal weight to your equipment, ensuring you can enjoy your ride without unnecessary bulk.
**Versatile and Reliable**
Whether you're a professional skateboarder or a casual scooter enthusiast, these ball bearings are the ideal choice for upgrading your wheels. Their versatile design makes them suitable for various applications, from inline skates to rollerblades, and their reliable performance ensures that you can push your limits without worrying about bearing failure.
